Women's snowboard HEAD Fountain W (333735)

The HEAD Fountain W women's snowboard combines a modern Rocker profile with a wooden core, providing versatile capabilities for both all-mountain and freestyle riding. Its balanced Twin shape and soft flex offer optimal control and high performance on varied trails.

Rocker Profile and Versatility

The Rocker profile used in the HEAD Fountain W makes it easy to initiate turns, resulting in smooth rides and excellent manoeuvrability in any conditions. The board is designed for users looking for equipment for all-mountain and freestyle riding, offering the perfect balance between stability and freedom of movement. This shape allows for riding on groomed trails as well as in snowparks.

Poplar Woodcore

The HEAD Fountain W features a Poplar Woodcore, which contributes to the lightweight design and dynamic responsiveness of the board. The wooden core also ensures the best energy transfer while riding, appreciated by both beginner and intermediate snowboarders. The high elasticity of the material translates into better shock absorption and ride comfort.

Extruded Base and 2x4 Mounting System

The Extruded base used in this model guarantees easy maintenance and good speed on various types of snow. The 2x4 insert mounting system allows for wide personalisation of binding placement, precisely adapting the board to the rider's style. The Twin construction enables comfortable riding in both directions, supporting versatility in use.

HEAD Fountain W Women's Snowboard - Features:

• Rocker profile ensuring smooth turn initiation and manoeuvrability;
• Poplar Woodcore guaranteeing low weight and high dynamics;
• Soft flex rated 3/10 for easy maneuvering;
• Twin shape supporting riding in both directions;
• Extruded base offering good speed and simple maintenance;
• All-mountain and freestyle orientation for maximum versatility;
• Standard width suitable for most snowboard boots;
• Turn radius of 6.5 m (for a length of 147 cm) providing control in turns;
• 2x4 insert mounting system allowing for various binding setups;
• Optimal control and good responsiveness in any conditions.